05-11-2024, 06:45 PM
Gica The New Tattoo: Drawing Electronics on Skin
SINGAPORE:Robots are getting softer.Borrowing from nature, some machines now have arms that curl and grip like an octopus, others wriggle their way inside an airplane engine or forage underwater to stanley products create their own energy.This is technology that challenges how we think nb 9060 of, and interact with, the robots of the not-too-distant future.Robots are big business: by 2020, the industry will have more than doubled to $188 billion, predicts IDC, a consultancy. But there's still a lot that today's models can't do, partly because they are mostly made of rigid metal or plastic.Softer, lighter and less reliant on external power, future robots could interact more safely and predictably with humans, go where humans can't, and do some of the robotic jobs that other robots still can't manage.A recent academic conference in Singapore showcased the latest adv new balance rose ances in soft robotics, highlighting how far they are moving away from what we see as traditional robots."The theme here," says Nikolaus Correll of C Mild mannered though they seem, plants are extremely competitive dunk homme , especially when it comes to getting their fair share of sunlight. Whether a forest or a farm, where plants grow a battle wages for the sun's rays.A plant's primary weapon in this fight is the ability to grow towards the light, getting just the amount it needs and shadowing its competition. Now, scientists at the Salk Institute for Biological Studies have determined precisely how leaves tell stems to grow when a plant is caught in a shady place.In a paper published April 15 in Genes and Development, the researchers report that a protein known as phytochrome interacting factor 7 (PIF7) serves as the key messenger between a Scarpe Yeezy plant's cellular light sensors and the production of auxins, hormones that stimulate stem growt"We knew nike dunk sb how leaves sensed light and that auxins drove growth, but we didn't understand the pathway that connected these two fundamental systems," says Joanne Chory, professor and director of the Salk's Plant B
SINGAPORE:Robots are getting softer.Borrowing from nature, some machines now have arms that curl and grip like an octopus, others wriggle their way inside an airplane engine or forage underwater to stanley products create their own energy.This is technology that challenges how we think nb 9060 of, and interact with, the robots of the not-too-distant future.Robots are big business: by 2020, the industry will have more than doubled to $188 billion, predicts IDC, a consultancy. But there's still a lot that today's models can't do, partly because they are mostly made of rigid metal or plastic.Softer, lighter and less reliant on external power, future robots could interact more safely and predictably with humans, go where humans can't, and do some of the robotic jobs that other robots still can't manage.A recent academic conference in Singapore showcased the latest adv new balance rose ances in soft robotics, highlighting how far they are moving away from what we see as traditional robots."The theme here," says Nikolaus Correll of C Mild mannered though they seem, plants are extremely competitive dunk homme , especially when it comes to getting their fair share of sunlight. Whether a forest or a farm, where plants grow a battle wages for the sun's rays.A plant's primary weapon in this fight is the ability to grow towards the light, getting just the amount it needs and shadowing its competition. Now, scientists at the Salk Institute for Biological Studies have determined precisely how leaves tell stems to grow when a plant is caught in a shady place.In a paper published April 15 in Genes and Development, the researchers report that a protein known as phytochrome interacting factor 7 (PIF7) serves as the key messenger between a Scarpe Yeezy plant's cellular light sensors and the production of auxins, hormones that stimulate stem growt"We knew nike dunk sb how leaves sensed light and that auxins drove growth, but we didn't understand the pathway that connected these two fundamental systems," says Joanne Chory, professor and director of the Salk's Plant B